Question
A jar contains a mixture of milk and water in the ratio 8:3, respectively. If 5-litres of the mixture is taken out, then the quantity of water left in the mixture will be 24 litres. Find the original quantity of the mixture in the jar.
More Mixture Questions
- 96 litres mixture of milk and water is mixed in an empty container in the ratio 5:3, respectively. If 24 litres of mixture is replaced with 24 litres of wa...
- A container holds 80 litres of a solution which has milk and water in the ratio 3:2. 40 litres of this solution is taken out, and then 10 litres of water i...
- In a 150-liter mixture, the ratio of petrol to diesel is 4:1. To obtain a final mixture with 25% diesel, how much diesel needs to be added to the existing ...
- A container has a mixture of juice and soda in the ratio 4:1. If half of the mixture is removed and replaced by 15 litres of soda, the resulting ratio of j...
- In solution A, the ratio of mixtures P to Q is 5:3, while in solution B, the ratio of mixtures P to Q is 3:2. If 50% of solution A is added to solution B, ...
- A mixture contains 45 ml water and rest ‘x’ ml milk. When 0.3x ml of water is added, the water becomes 3/7th of the mixture. Find the value of ‘x’.
- When 15 litres of water is added to a mixture of milk and water, the ratio of quantity of milk and water becomes 3:4. Instead, if 10 litres of water had be...
- A fuel blend composed of diesel and petrol is mixed in a ratio of 5:3, respectively. If one-fourth of this blend is removed and replaced with 24 liters of ...
- 140 litres of mixture X contains acetone and glycerine in the ratio 5:9, respectively. 70 litres of the mixture is withdrawn and labelled as mixture Y and ...
- I: A container has 60 litres of a mixture of milk and water in the ratio 7 : 3. II: Some quantity of this mixture is removed and replaced by pure water. A...
Relevant for Exams:
Hey! Ask a query
Please enter email id
The email must be a valid email address.
Please enter Mobile Number
Please enter valid Mobile Number
Please enter your Doubt
